MAX6795TPSD2+T

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Power Management IC (PMIC) has been commonly used in portable and embedded system applications, providing power supply and control. The MAX6795TPSD2+T is designed to be the perfect solution for a wide range of applications, such as notebook PCs, netbooks, and other battery-powered appliances. This PMIC integrates a number of features required for various battery and power management functions, including built-in Battery Monitoring, Battery Gas Gauging, Battery Charging, Power Supply, Output Protection, and Power Good Monitoring.

The MAX6795TPSD2+T is a four-channel system power supply, which consists of two voltage inputs, Main and Backup, that are regulated and monitored. Each of these voltage inputs provides four channels of output voltage regulation and monitoring. The Main Supply Input provides the primary source of power for the system, receiving input power from the AC adapter or an external battery. The Backup Supply Input accepts any voltage source, including an external Li-Ion battery.

The MAX6795TPSD2+T offers advanced overload protection capabilities, which senses fast-transients, inrush currents and over-temperature conditions. This protection prevents against over-discharging, overloading and over-heating from external components, allowing the system to be resilient to environmental conditions. The PMIC also supports a number of other features that are ideal for system power, such as programmable sequencing, adjustable turn-on/off time delays, and voltage droop. This allows for the powerful and efficient performance of system electronics.

The MAX6795TPSD2+T offers full Battery Gas Gauging capability to monitor the state of the system\'s battery pack. The battery gauge monitors charge level, temperature, and status of each cell, and indicates the amount of charge remaining. This provides the most accurate system information and increases the reliability of the system. Additionally, the battery gauge is able to adapt to different Li-Ion battery families including LiFePO4, LiCoFe, LiCd, LiMnO and others.

For efficient battery charging, the MAX6795TPSD2+T provides an integrated charge controller. The charge controller is configurable for a variety of different charging profiles and features adjustable current limit and voltage at both the constant voltage and constant current modes. This allows for a battery to be charged safely and quickly. The MAX6795TPSD2+T also offers flexible protection circuitry for each battery channel, to ensure that the cells are not over-discharged and over-heated during charging and discharging.

The MAX6795TPSD2+T supports power supply sequencing of the input and output voltage rails, providing a highly flexible power supply solution. This enables the system to boot faster and reduce any technical glitches. The output voltage levels can be quickly adjusted to balance between performance and power consumption. Additionally, the system establishes the supply voltage levels to ensure stability and safe power-on of the system.

The MAX6795TPSD2+T also incorporates a wide range of Power Good Monitoring. This feature converts the system power rails into a digital signal, indicating the presence or absence of power on the rails. This signal is used to inform the status of the power supply system and can be used to regulate the system in case of any power shortage. This provides additional protection from power outages or any voltage-level changes.

In conclusion, the MAX6795TPSD2+T is a powerful and reliable PMIC that offers a wide range of features for system power management. The PMIC integrates various protection mechanisms, efficient battery charging and gas gauging, and advanced power supply sequencing capabilities that enable the system to perform reliably and safely under various environmental conditions. It is an ideal solution for powering laptop PCs, netbooks, and other portable or embedded systems.

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